METHOD FOR DETERMINING STATES OF DIGITAL RADIO COMMUNICATION NETWORKS Russian patent published in 2023 - IPC H04L67/1061 H04L67/104 H04L67/51 

Abstract RU 2789773 C1

FIELD: digital radio networks.

SUBSTANCE: invention relates to a method for determining the states of digital radio networks. From the received information associated with the states of digital radio networks, at each node for analyzing the states of digital radio networks, the values of indicators characterizing the state of functioning of digital radio networks (A), the state of network congestion (B), the state of network idle (C), the state of network simulation are determined (D) and radio interference state (E), set the threshold values for each indicator (ΔA, ΔB, ΔC, ΔD, ΔЕ, respectively), if A≥ΔA, and all other values of the indicators are less than the threshold values , then the digital radio communication network - operates if B≥ΔB, and all other values of the indicators are less than the threshold values, then the digital radio communication network is overloaded, if C≥ΔC, and all other values of the indicators are less than the threshold values, then the digital radio communication network - is idle if D≥ΔD, and all other values of indicators are less than threshold values, then the digital radio communication network is simulated, if Е≥ΔЕ, and all other values of indicators are less than threshold values, then the digital radio network is affected by interference. The results of the analysis of the state of digital radio networks are received from each node of the analysis of the states of digital radio networks. The results are combined or intersected, depending on the parameters of the user's query. Generalized results about the states of digital radio networks are given to the user.

EFFECT: optimization of network operation and detection of destructive impacts.

1 cl, 1 dwg

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RU 2 789 773 C1

Authors

Belyaev Viktor Vyacheslavovich

Peregudov Maksim Anatolevich

Umanskij Arkadij Yanovich

Steshkovoj Anatolij Sergeevich

Zhdanova Aleksandra Andreevna

Berezin Aleksandr Yurevich

Dates

2023-02-09Published

2022-04-11Filed